The document discusses portable grinder safety. It notes that portable grinders are commonly used tools that can pose risks if not used properly. The main hazards include high speed particles from the grinding wheel that can cut or enter the body, inhaling dust or fumes, electric shock, noise, and musculoskeletal injuries from repetitive or awkward use. Common injuries from grinders include cuts, strains, and particles entering the eyes. Proper safety practices include using the right wheel for the job, properly mounting and inspecting wheels, maintaining control of the grinder, wearing appropriate PPE like goggles and gloves, and following manufacturers' instructions.
This document provides information on safe lifting and rigging practices. It discusses major causes of crane accidents like power line contact, overturns, falls from cranes, and mechanical failures. It also describes how to properly inspect hoisting and rigging equipment like slings, wire ropes, hooks, and chains. Specific criteria for when this equipment should be removed from service are provided. The document also outlines safe practices for manual lifting, carrying loads, and operating forklifts.
1) The document provides safety guidance for technical intern trainees conducting welding operations. It discusses common accident types in welding like eye injuries and cuts.
2) It explains the operations with the highest risk of fatal accidents, like getting pinned under heavy loads.
3) The document provides checklists to evaluate safety equipment and procedures for welding tasks. It aims to teach trainees how to properly wear protective gear and understand hazards to avoid accidents.
This document provides guidance on hammer safety. It discusses proper handling techniques, risks associated with hammer use, and recommendations to prevent injury. Key points include inspecting hammers for defects before use, choosing the right hammer for the job, striking surfaces squarely, maintaining secure footing, and ensuring clearance from other workers when swinging a hammer. Examples are given of safety issues that could arise from misuse, like accidentally hitting other objects or people nearby. Overall the document stresses using hammers as intended and replacing damaged tools to avoid injury to oneself or others.
The document provides information about angle grinder safety. It describes how angle grinders are commonly used power tools that can pose serious hazards. It discusses typical injuries such as cuts, burns and eye injuries that can occur from sparks and debris or disc failure. The document also presents a case study of a fatal accident caused by an operator removing the safety guard and using an improperly sized disc. It emphasizes the importance of using proper personal protective equipment, inspecting the tool and disc, and securing the workpiece.
Bar bending machines consist of an electric motor, gearbox, and extended shaft to bend rebar. There are different types including portable, electric, hydraulic, and automatic benders. Proper operation of bending machines requires training operators, inspecting the machine, keeping the work area clean, and using safety equipment. Operators should not exceed the machine's capacity, operate without safety guards, or place body parts near moving parts to avoid injury. Following manufacturers' safety instructions and wearing protective equipment can help safely operate bar bending machines.
This document provides information on material handling safety. It discusses manual material handling such as lifting and carrying, machine material handling using forklifts, and associated injuries. Hazards of improper lifting, struck by injuries, and forklift rollovers are covered. Safe lifting techniques, use of personal protective equipment, training requirements, and forklift safety checklists are also summarized.
This document provides information on job hazard analysis (JHA) from Graves Construction. It defines JHA as a method to identify hazards by breaking down jobs into steps. Performing JHA helps identify existing and potential hazards to prioritize corrective actions that reduce and eliminate hazards. The benefits of JHA include reducing injuries and absenteeism while increasing productivity, morale and compliance. The document outlines how jobs are selected for JHA and the steps to perform one, including breaking down the job, identifying hazards, evaluating hazards, and recommending controls. It also discusses revising JHAs when accidents occur, jobs change or on a scheduled basis.
This document provides information on selecting, mounting, inspecting, storing, and using abrasive wheels safely. It outlines the key hazards associated with abrasive wheels, and how to properly select, mount, inspect, balance, store and dress wheels. It also describes regulations regarding training requirements for working with abrasive wheels and required personal protective equipment.
This document provides information on safe lifting and rigging practices. It discusses major causes of crane accidents like power line contact, overturns, falls from cranes, and mechanical failures. It also describes how to properly inspect hoisting and rigging equipment like slings, wire ropes, hooks, and chains. Specific criteria for when this equipment should be removed from service are provided. The document also outlines safe practices for manual lifting, carrying loads, and operating forklifts.
1) The document provides safety guidance for technical intern trainees conducting welding operations. It discusses common accident types in welding like eye injuries and cuts.
2) It explains the operations with the highest risk of fatal accidents, like getting pinned under heavy loads.
3) The document provides checklists to evaluate safety equipment and procedures for welding tasks. It aims to teach trainees how to properly wear protective gear and understand hazards to avoid accidents.
This document provides guidance on hammer safety. It discusses proper handling techniques, risks associated with hammer use, and recommendations to prevent injury. Key points include inspecting hammers for defects before use, choosing the right hammer for the job, striking surfaces squarely, maintaining secure footing, and ensuring clearance from other workers when swinging a hammer. Examples are given of safety issues that could arise from misuse, like accidentally hitting other objects or people nearby. Overall the document stresses using hammers as intended and replacing damaged tools to avoid injury to oneself or others.
The document provides information about angle grinder safety. It describes how angle grinders are commonly used power tools that can pose serious hazards. It discusses typical injuries such as cuts, burns and eye injuries that can occur from sparks and debris or disc failure. The document also presents a case study of a fatal accident caused by an operator removing the safety guard and using an improperly sized disc. It emphasizes the importance of using proper personal protective equipment, inspecting the tool and disc, and securing the workpiece.
Bar bending machines consist of an electric motor, gearbox, and extended shaft to bend rebar. There are different types including portable, electric, hydraulic, and automatic benders. Proper operation of bending machines requires training operators, inspecting the machine, keeping the work area clean, and using safety equipment. Operators should not exceed the machine's capacity, operate without safety guards, or place body parts near moving parts to avoid injury. Following manufacturers' safety instructions and wearing protective equipment can help safely operate bar bending machines.
This document provides information on material handling safety. It discusses manual material handling such as lifting and carrying, machine material handling using forklifts, and associated injuries. Hazards of improper lifting, struck by injuries, and forklift rollovers are covered. Safe lifting techniques, use of personal protective equipment, training requirements, and forklift safety checklists are also summarized.
This document provides information on job hazard analysis (JHA) from Graves Construction. It defines JHA as a method to identify hazards by breaking down jobs into steps. Performing JHA helps identify existing and potential hazards to prioritize corrective actions that reduce and eliminate hazards. The benefits of JHA include reducing injuries and absenteeism while increasing productivity, morale and compliance. The document outlines how jobs are selected for JHA and the steps to perform one, including breaking down the job, identifying hazards, evaluating hazards, and recommending controls. It also discusses revising JHAs when accidents occur, jobs change or on a scheduled basis.
This document provides information on selecting, mounting, inspecting, storing, and using abrasive wheels safely. It outlines the key hazards associated with abrasive wheels, and how to properly select, mount, inspect, balance, store and dress wheels. It also describes regulations regarding training requirements for working with abrasive wheels and required personal protective equipment.
The document provides information on regulations and safety guidelines for using hand tools and power tools. It discusses regulations covering hand and power tools from OSHA, including definitions, guarding requirements, and safety precautions. It also provides general safety guidelines for using hand tools and power tools, such as wearing protective equipment, keeping tools in good condition, using the right tool for the job, and following manufacturer instructions. Power tool users should be aware of electrocution and other electric shock hazards and take appropriate precautions like grounding tools and not operating tools in wet conditions.
Three employees were injured in separate rigging accidents over a two month period. In the first incident, an employee was struck in the head by a metal pulley when the nylon sling it was attached to broke under tension. In the second incident, an employee was struck by a falling 2,000 pound concrete form that broke loose from its rigging during a crane lift. In the third incident, an employee was fatally struck on the head by a drilling pipe that came loose from its rigging during a lift. The document outlines 10 rules for rigging safety including knowing load weights, rigging capacities, center of gravity, sling angles, inspections, and using tag lines and signal persons.
PURPOSE OF LADDERS
To control and minimize any potential risks to site employees while performing works at a minimum height of 2m and above.
There are 8 Types of Ladders.
To safely ascend and safely descend to perform all kind of Activities.
This document provides information on personal protective equipment (PPE), focusing on eye and face protection, head protection, hand protection, and foot protection. It describes common hazards for each area and the appropriate PPE to use, such as safety glasses, hard hats, gloves, and steel-toe boots. Guidelines are provided for properly wearing, maintaining, and caring for different types of PPE.
This document discusses forklift and pedestrian safety. It identifies hazards of working around forklifts like being struck or crushed. Factors that contribute to accidents include visibility issues, workers getting too close to forklifts, and lack of attention. The greatest dangers exist when crossing travel lanes, at intersections, beginning/end of shifts, and break times. The document outlines safety requirements for forklift operators like obeying speed limits and yielding to pedestrians. It provides safety practices for pedestrians such as staying a safe distance from forklifts and making eye contact. The goal is to prevent accidents so that everyone can return home safely at the end of the day.
The document discusses forklift operation safety. It begins by describing how a forklift operates and some of its key components. It then discusses potential hazards of forklift operation, including workplace hazards, load hazards, and pedestrians. The document provides guidance on safely operating forklifts, such as only allowing trained operators, controlling forklift speed, ensuring stability of loads, and using caution around other workers. It emphasizes the importance of forklift inspections and maintenance to identify any issues.
This document provides safety precautions and guidelines for using grinding machines. It lists several hazards to be aware of such as hot metal sparks, noise, sharp edges and entanglement. Key safety tips include wearing protective goggles, checking wheels for cracks before use, not exceeding recommended wheel speeds or depths of cut, removing the workpiece before turning off the machine, and using proper wheel guards. Personal protective equipment like safety glasses, protective clothing, and hearing protection are advised.
This document discusses operating heavy equipment safely around ground personnel. It identifies many types of heavy equipment that require safe operation near workers on foot. The goal is to prevent accidents between moving equipment and ground workers by ensuring operators can see workers and workers can be seen. Common causes of accidents are discussed, such as runovers from dump trucks backing up. The document provides guidance on management commitment, employee involvement, hazard controls, training, and operator responsibilities to help achieve a safe worksite where the risk of being struck by equipment is minimized.
Safe Working Practices- Abrasive WheelEfrenEchague
The document provides information on safe working practices for using abrasive wheels. It discusses the characteristics of abrasive wheels including the material, grain size, grade, grain spacing, and bond type. It outlines several hazards associated with abrasive wheels such as breathing dust, electric shock, and flying fragments. The safety procedure for mounting an abrasive wheel is described which includes checking the wheel for damage, ensuring the guard is in place, and wearing proper eye protection. Warnings are provided such as not using equipment with faulty guards and making sure to wear eye protection when grinding.
This document discusses industrial safety and material handling. It covers proper procedures for manual material handling, safe operation of cranes and other mechanized equipment, and risks associated with different material types. The key points are that material handling makes up a major part of industry and causes many accidents; safe practices like following lifting procedures, using lifting aids, and clear communication can reduce risks; and different materials require appropriate protective equipment and handling methods.
Material Handling accidents are growing our industries , it's main reason is untrained people , over confidence , working pressure etc , This PPT make very good training material ...
A powerpoint presentation designed to cover the basics of Personal Protective Equipment including gloves, respiratory, earplugs, etc... Can be used in training employees. Made available free from www.nationalsafetyinc.com
Forklifts are extremely useful workplace vehicles, as long as they are used safely and appropriately by operators who are appropriately trained and competent to use them.
Forklifts can be dangerous: they account for 25% of injuries at work. Many workplace accidents involve people being hit or run over by forklift trucks (typically when the forklift is reversing) because the driver did not see them. Owing to their size and weight, injuries resulting from forklifts are generally very serious. Accidents involving them are often caused by poor supervision and a lack of training.
Always:
Wear appropriate personal protective clothing as provided by employer. Hard hat, protective footwear and high visibility clothing are recommended as a minimum when working around forklifts. Other equipment may be needed depending on the working environment
Report defects immediately to supervisor
Make sure work path is free of obstructions
Wear operator restraints, where fitted
Look all around before moving off
Look in the direction of travel
Avoid sudden stops and violent braking
Take care when driving on wet, icy , slippery or loose surfaces Slow down at corners, doorways, and at danger spots
Sound the horn several times when approaching blind corners, exits and entrances
Switch off and remove the key before leaving the forklift. Place the key in a safe location when driving task is completed
Apply the parking brake before leaving the forklift
Report any accidents or near misses to a supervisor
Park the forklift in a safe place, on level ground; never on a slope
Leave the forklift with the mast tilted forwards and the forks fully lowered, with the tips on the floor
Apply the parking brake, select neutral, switch off the engine and remove the key
Return keys or other activating devices to their place of safe-keeping
Report any malfunctions or defects immediately to a supervisor.
Assess the load before lifting. Check weight, size, load centre and security
Make sure that pallets are in good condition
Observe floor loading limits & Travel slowly when going down slopes
Find out the weight of the laden forklift
Check safe working load (SWL) of racking before placing loads onto it
Make sure load does not obstruct view. If it does, drive in reverse, looking in direction.
Make sure there is adequate clearance for the forklift and load, including overhead
Make sure the load is stable, Carry the load as close to ground as possible, Use controls smoothly & arms are fully inserted when travelling with a load
Position forks properly and as widely as possible
Make sure the fork Make sure the forklift is stopped before raising the load
Use suitable attachments for lifting unusual or wide loads
Ensure the forks face uphill when travelling up or down slopes with a load
Ensure the forks face downhill when travelling up or down slopes without a load
Adjust the tilt (where fitted) to suit the gradient and raise the forks to clear the ground
This document provides training on forklift safety. It outlines key objectives like understanding hazards, inspecting Colby's forklift, and safe operating practices. It notes that forklifts can be dangerous, causing over 100 deaths and 38,000 injuries annually. The top accidents are from forklifts overturning, striking pedestrians, and crushing victims. The training reviews inspecting the forklift daily, following stability guidelines, driving safely loaded and unloaded, and yielding to pedestrians to prevent accidents.
This document outlines safe work practices for using hand and power tools. It recommends selecting the correct tool for the job, inspecting tools for defects, keeping tools in good condition, and ensuring tools are sharp. Workers must be trained on safe usage, including posture and technique. When using power tools, guards must be in place, moving parts lubricated, and power cords intact. Proper precautions include wearing PPE, assessing the work area, and avoiding modifications to tools. The document also provides solutions for difficult situations like over-tightened bolts.
This document provides information on scaffolding safety at construction sites. It defines scaffolding and describes the three main types: supported, suspended, and other scaffolds. Supported scaffolds are platforms supported by poles, legs, frames, and outriggers. Suspended scaffolds are platforms suspended by ropes or overhead support. The document outlines general objectives, hazards, and safety requirements for scaffolds. It provides details on inspection of scaffolding components and good and bad safety practices. The overall goal is to educate personnel on scaffolding safety to prevent accidents and injuries at construction sites.
This document discusses hazards associated with rebar cutting and bending machines, chop saw machines, and provides precautions for safe operation. Key hazards include injury from machine parts, flying debris, electrical shock, and improper or unsafe machine operation. Safe operation requires proper training, use of machine guards, protective equipment, following maintenance procedures, and not overriding safety devices. Operators should feed material smoothly, avoid contact with cutting wheels, and not make unsupported or awkward cuts.
Helmets, protective gear, eye protection, obeying traffic laws, avoiding alcohol and drugs, and defensive driving are among the top motorcycle safety tips provided. Following these tips can help prevent brain injuries, death, and other serious harm from motorcycle accidents. Maintaining your motorcycle and preparing for bad weather are also recommended to ride safely. Riders should contact an attorney if injured in an accident to understand legal options.
This document summarizes OSHA regulations regarding stairways and ladders under 29 CFR 1926.1050-1053. It covers topics such as requirements for stair components, railings, landings and temporary stairs. It also discusses different types of ladders, including portable, fixed and self-supporting ladders. Specific requirements are outlined for ladder dimensions, coatings, climbing angles and safety devices. The document emphasizes that employers must train all employees on recognizing hazards associated with stairs and ladders and how to properly erect, maintain and use fall protection equipment.
Overhead crane, crane safety, lifting operation, EHS, Safety, Testing of Crane, Commissioning of Cranes,
for soft copy please email me at dawoodibrar@hotmail.com
The document discusses safety guidelines for using portable grinders. It notes common hazards include high speed particles, inhaling dust, electric shock, noise, and musculoskeletal injuries. Common injuries are cuts, strains, and particles in the eyes. Proper personal protective equipment like goggles, face shields, gloves, and hearing protection are important. Operators must also use the correct wheel for the job, properly mount wheels, and maintain control of the grinder at all times.
This document provides safety information for operating angle grinders. It identifies several risks such as kickback, disc shattering, and eye injuries from metal particles. It emphasizes the importance of using both hands, wearing proper protective equipment like face shields, and ensuring the guard and handles are securely in place. Operators should receive training and carefully inspect the tool, disc, and work area before operating.
The document provides information on regulations and safety guidelines for using hand tools and power tools. It discusses regulations covering hand and power tools from OSHA, including definitions, guarding requirements, and safety precautions. It also provides general safety guidelines for using hand tools and power tools, such as wearing protective equipment, keeping tools in good condition, using the right tool for the job, and following manufacturer instructions. Power tool users should be aware of electrocution and other electric shock hazards and take appropriate precautions like grounding tools and not operating tools in wet conditions.
Three employees were injured in separate rigging accidents over a two month period. In the first incident, an employee was struck in the head by a metal pulley when the nylon sling it was attached to broke under tension. In the second incident, an employee was struck by a falling 2,000 pound concrete form that broke loose from its rigging during a crane lift. In the third incident, an employee was fatally struck on the head by a drilling pipe that came loose from its rigging during a lift. The document outlines 10 rules for rigging safety including knowing load weights, rigging capacities, center of gravity, sling angles, inspections, and using tag lines and signal persons.
PURPOSE OF LADDERS
To control and minimize any potential risks to site employees while performing works at a minimum height of 2m and above.
There are 8 Types of Ladders.
To safely ascend and safely descend to perform all kind of Activities.
This document provides information on personal protective equipment (PPE), focusing on eye and face protection, head protection, hand protection, and foot protection. It describes common hazards for each area and the appropriate PPE to use, such as safety glasses, hard hats, gloves, and steel-toe boots. Guidelines are provided for properly wearing, maintaining, and caring for different types of PPE.
This document discusses forklift and pedestrian safety. It identifies hazards of working around forklifts like being struck or crushed. Factors that contribute to accidents include visibility issues, workers getting too close to forklifts, and lack of attention. The greatest dangers exist when crossing travel lanes, at intersections, beginning/end of shifts, and break times. The document outlines safety requirements for forklift operators like obeying speed limits and yielding to pedestrians. It provides safety practices for pedestrians such as staying a safe distance from forklifts and making eye contact. The goal is to prevent accidents so that everyone can return home safely at the end of the day.
The document discusses forklift operation safety. It begins by describing how a forklift operates and some of its key components. It then discusses potential hazards of forklift operation, including workplace hazards, load hazards, and pedestrians. The document provides guidance on safely operating forklifts, such as only allowing trained operators, controlling forklift speed, ensuring stability of loads, and using caution around other workers. It emphasizes the importance of forklift inspections and maintenance to identify any issues.
This document provides safety precautions and guidelines for using grinding machines. It lists several hazards to be aware of such as hot metal sparks, noise, sharp edges and entanglement. Key safety tips include wearing protective goggles, checking wheels for cracks before use, not exceeding recommended wheel speeds or depths of cut, removing the workpiece before turning off the machine, and using proper wheel guards. Personal protective equipment like safety glasses, protective clothing, and hearing protection are advised.
This document discusses operating heavy equipment safely around ground personnel. It identifies many types of heavy equipment that require safe operation near workers on foot. The goal is to prevent accidents between moving equipment and ground workers by ensuring operators can see workers and workers can be seen. Common causes of accidents are discussed, such as runovers from dump trucks backing up. The document provides guidance on management commitment, employee involvement, hazard controls, training, and operator responsibilities to help achieve a safe worksite where the risk of being struck by equipment is minimized.
Safe Working Practices- Abrasive WheelEfrenEchague
The document provides information on safe working practices for using abrasive wheels. It discusses the characteristics of abrasive wheels including the material, grain size, grade, grain spacing, and bond type. It outlines several hazards associated with abrasive wheels such as breathing dust, electric shock, and flying fragments. The safety procedure for mounting an abrasive wheel is described which includes checking the wheel for damage, ensuring the guard is in place, and wearing proper eye protection. Warnings are provided such as not using equipment with faulty guards and making sure to wear eye protection when grinding.
This document discusses industrial safety and material handling. It covers proper procedures for manual material handling, safe operation of cranes and other mechanized equipment, and risks associated with different material types. The key points are that material handling makes up a major part of industry and causes many accidents; safe practices like following lifting procedures, using lifting aids, and clear communication can reduce risks; and different materials require appropriate protective equipment and handling methods.
Material Handling accidents are growing our industries , it's main reason is untrained people , over confidence , working pressure etc , This PPT make very good training material ...
A powerpoint presentation designed to cover the basics of Personal Protective Equipment including gloves, respiratory, earplugs, etc... Can be used in training employees. Made available free from www.nationalsafetyinc.com
Forklifts are extremely useful workplace vehicles, as long as they are used safely and appropriately by operators who are appropriately trained and competent to use them.
Forklifts can be dangerous: they account for 25% of injuries at work. Many workplace accidents involve people being hit or run over by forklift trucks (typically when the forklift is reversing) because the driver did not see them. Owing to their size and weight, injuries resulting from forklifts are generally very serious. Accidents involving them are often caused by poor supervision and a lack of training.
Always:
Wear appropriate personal protective clothing as provided by employer. Hard hat, protective footwear and high visibility clothing are recommended as a minimum when working around forklifts. Other equipment may be needed depending on the working environment
Report defects immediately to supervisor
Make sure work path is free of obstructions
Wear operator restraints, where fitted
Look all around before moving off
Look in the direction of travel
Avoid sudden stops and violent braking
Take care when driving on wet, icy , slippery or loose surfaces Slow down at corners, doorways, and at danger spots
Sound the horn several times when approaching blind corners, exits and entrances
Switch off and remove the key before leaving the forklift. Place the key in a safe location when driving task is completed
Apply the parking brake before leaving the forklift
Report any accidents or near misses to a supervisor
Park the forklift in a safe place, on level ground; never on a slope
Leave the forklift with the mast tilted forwards and the forks fully lowered, with the tips on the floor
Apply the parking brake, select neutral, switch off the engine and remove the key
Return keys or other activating devices to their place of safe-keeping
Report any malfunctions or defects immediately to a supervisor.
Assess the load before lifting. Check weight, size, load centre and security
Make sure that pallets are in good condition
Observe floor loading limits & Travel slowly when going down slopes
Find out the weight of the laden forklift
Check safe working load (SWL) of racking before placing loads onto it
Make sure load does not obstruct view. If it does, drive in reverse, looking in direction.
Make sure there is adequate clearance for the forklift and load, including overhead
Make sure the load is stable, Carry the load as close to ground as possible, Use controls smoothly & arms are fully inserted when travelling with a load
Position forks properly and as widely as possible
Make sure the fork Make sure the forklift is stopped before raising the load
Use suitable attachments for lifting unusual or wide loads
Ensure the forks face uphill when travelling up or down slopes with a load
Ensure the forks face downhill when travelling up or down slopes without a load
Adjust the tilt (where fitted) to suit the gradient and raise the forks to clear the ground
This document provides training on forklift safety. It outlines key objectives like understanding hazards, inspecting Colby's forklift, and safe operating practices. It notes that forklifts can be dangerous, causing over 100 deaths and 38,000 injuries annually. The top accidents are from forklifts overturning, striking pedestrians, and crushing victims. The training reviews inspecting the forklift daily, following stability guidelines, driving safely loaded and unloaded, and yielding to pedestrians to prevent accidents.
This document outlines safe work practices for using hand and power tools. It recommends selecting the correct tool for the job, inspecting tools for defects, keeping tools in good condition, and ensuring tools are sharp. Workers must be trained on safe usage, including posture and technique. When using power tools, guards must be in place, moving parts lubricated, and power cords intact. Proper precautions include wearing PPE, assessing the work area, and avoiding modifications to tools. The document also provides solutions for difficult situations like over-tightened bolts.
This document provides information on scaffolding safety at construction sites. It defines scaffolding and describes the three main types: supported, suspended, and other scaffolds. Supported scaffolds are platforms supported by poles, legs, frames, and outriggers. Suspended scaffolds are platforms suspended by ropes or overhead support. The document outlines general objectives, hazards, and safety requirements for scaffolds. It provides details on inspection of scaffolding components and good and bad safety practices. The overall goal is to educate personnel on scaffolding safety to prevent accidents and injuries at construction sites.
This document discusses hazards associated with rebar cutting and bending machines, chop saw machines, and provides precautions for safe operation. Key hazards include injury from machine parts, flying debris, electrical shock, and improper or unsafe machine operation. Safe operation requires proper training, use of machine guards, protective equipment, following maintenance procedures, and not overriding safety devices. Operators should feed material smoothly, avoid contact with cutting wheels, and not make unsupported or awkward cuts.
Helmets, protective gear, eye protection, obeying traffic laws, avoiding alcohol and drugs, and defensive driving are among the top motorcycle safety tips provided. Following these tips can help prevent brain injuries, death, and other serious harm from motorcycle accidents. Maintaining your motorcycle and preparing for bad weather are also recommended to ride safely. Riders should contact an attorney if injured in an accident to understand legal options.
This document summarizes OSHA regulations regarding stairways and ladders under 29 CFR 1926.1050-1053. It covers topics such as requirements for stair components, railings, landings and temporary stairs. It also discusses different types of ladders, including portable, fixed and self-supporting ladders. Specific requirements are outlined for ladder dimensions, coatings, climbing angles and safety devices. The document emphasizes that employers must train all employees on recognizing hazards associated with stairs and ladders and how to properly erect, maintain and use fall protection equipment.
Overhead crane, crane safety, lifting operation, EHS, Safety, Testing of Crane, Commissioning of Cranes,
for soft copy please email me at dawoodibrar@hotmail.com
The document discusses safety guidelines for using portable grinders. It notes common hazards include high speed particles, inhaling dust, electric shock, noise, and musculoskeletal injuries. Common injuries are cuts, strains, and particles in the eyes. Proper personal protective equipment like goggles, face shields, gloves, and hearing protection are important. Operators must also use the correct wheel for the job, properly mount wheels, and maintain control of the grinder at all times.
This document provides safety information for operating angle grinders. It identifies several risks such as kickback, disc shattering, and eye injuries from metal particles. It emphasizes the importance of using both hands, wearing proper protective equipment like face shields, and ensuring the guard and handles are securely in place. Operators should receive training and carefully inspect the tool, disc, and work area before operating.
Mechanical Technology Grade 12 Chapter 3 Safety In The WorkshopFuture Managers
This slide show accompanies the learner guide "Mechanical Technology Grade 10" by Charles Goodwin, Andre Lategan & Daniel Meyer, published by Future Managers Pty Ltd. For more information visit our website www.futuremanagers.net
The document discusses various power tool safety hazards and guidelines. It outlines hazards from improper tool use including loss of vision, puncture wounds, severed fingers, and broken bones. It provides safety rules for maintaining tools, using the right PPE, and operating tools properly. Guidelines are given for specific tools like grinders, saws, drills, and pneumatic tools to prevent injuries from moving parts and flying debris.
The document discusses various power tool safety hazards and guidelines. It outlines potential injuries from improper tool use and maintenance, such as loss of vision, puncture wounds, and broken bones. The document then provides safety rules for proper tool use, inspection, personal protective equipment, guarding, speeds, controls, switches, air hoses, and general compressed air safety. Employees are responsible for properly using and maintaining tools to prevent accidents.
Construction electrical safety 023 Power and Hand Tools Safety.pptRamana Reddy G
Power tools and hand tools can cause serious injuries if not used properly. It is important to inspect tools before use, only use recommended attachments, wear personal protective equipment like gloves and eye protection, and follow manufacturers' safety instructions. Guards should be kept in place to protect from moving parts. Workers must be trained to use tools safely and be aware of hazards like flying debris, electrical shock, and ergonomic stresses. When in doubt, do not operate the tool.
HYUNDAI HL780-7A Service Repair Manual.pdfExcavator
The document provides specifications for a Hyundai HL780-7A wheel loader. It lists dimensions, performance characteristics, and component details in three configurations: without a tooth or cutting edge on the bucket, with a bolt-on cutting edge bucket, and with a tooth-type bucket. Key specifications include an operating weight of 29,300 kg, a maximum travel speed of 30 km/hr, and bucket capacities ranging from 4.1 to 5.1 cubic meters depending on the bucket type.
This document provides information on safely operating a band saw machine. It discusses the necessary personal protective equipment which includes gloves, a face shield, and hearing protection. It also outlines the standard operating procedure for a band saw, including instructions to use push sticks when cutting small pieces, allow the blade to reach full speed before cutting, and check that the blade guard is properly adjusted. Not following safety precautions like this could result in injuries from chips or damage fingers if gloves or push sticks are not used.
The document provides safety instructions for operating a snow blower. It outlines two types of snow blowers, single-stage and two-stage. It emphasizes reading the manual before use and wearing protective gear. Safety tips include keeping people away, not overfilling the fuel tank, waiting for conditions to improve in poor visibility, and letting hot parts cool before storage. Operators should inspect for debris, stop immediately if anything is hit, and report any incidents.
Safety hazards in machines -material handlingAlfredFranklinV
This document discusses safety hazards related to machinery and material handling. It covers safeguards for machinery, safety procedures for machines like lathes, grinders, and welding equipment. It also addresses hazards from moving parts, electricity, heat/cold. Proper personal protective equipment and following maintenance procedures are emphasized. Material handling safety includes both manual and mechanical methods, prioritizing lifting assistance, load size/weight limits, and using equipment appropriately.
Hyundai Hl760-7a Wheel Loader Workshop Repair Service Manual.pdfExcavator
The document provides specifications for a Hyundai HL760-7A wheel loader, including:
- It has an operating weight of around 18,000 kg and is equipped with a diesel engine with a displacement of around 12.7 liters.
- Dimensions include an overall length of 8,060-8,620 mm, width of 2,900 mm, and height of 3,440 mm.
- It has a bucket capacity of 2.6-2.7 m3 and a maximum travel speed of 47-49 km/hr.
This document provides safety guidelines for using hand tools and power tools. It discusses hazards associated with these tools and requirements for their safe use. General safety precautions include wearing personal protective equipment, keeping work areas clean and dry, and ensuring tools are well-maintained and used properly. The document also provides specific safety guidelines for electric tools, pneumatic tools, powered abrasive wheels, and portable drills. Proper precautions such as inspecting wheels for cracks, wearing eye protection, and bracing tools securely are emphasized.
About the sliding table panel saw safety proceduresWenlong Han
1. Sliding table panel saws have been developed to improve on traditional circular saws for machining precision and production efficiency in industries like furniture manufacturing.
2. They can be manually fed or use automated loading and unloading, and are widely used for cutting materials like plywood, particleboard, and plastic sheets.
3. When operating a sliding table panel saw, safety procedures must be followed like checking for proper grounding, ensuring safety devices are working, inspecting the workpiece and blade direction of rotation, and turning off power for adjustments.
1) The document outlines safety procedures and rules for working in a robotics shop with tools and machinery, including being well-rested, not impaired, and properly dressed/equipped.
2) It details safe practices for using various hand tools, power tools, and stationary machinery, emphasizing inspection, protective gear, speeds/feeds, and secure workholding.
3) Accidents must be reported, and signatures are required to verify understanding of the safety rules for participation.
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The document discusses safety precautions for operating a cutting machine. It outlines many hazards like moving parts that can crush hands, bursting cutting blades, unexpected movements, dust and fumes, projectiles, slipping or falling. It provides guidelines to reduce risks like never putting hands near moving parts, inspecting blades for defects, wearing proper protective equipment, and operating the machine correctly. The document emphasizes the machine should only be operated by qualified and trained persons wearing protective helmet, hearing protection, eye protection, gloves and boots. Operators should clean and inspect the machine daily before use.
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This presentation includes basic of PCOS their pathology and treatment and also Ayurveda correlation of PCOS and Ayurvedic line of treatment mentioned in classics.
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This will be used as part of your Personal Professional Portfolio once graded.
Objective:
Prepare a presentation or a paper using research, basic comparative analysis, data organization and application of economic information. You will make an informed assessment of an economic climate outside of the United States to accomplish an entertainment industry objective.
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Discover the Simplified Electron and Muon Model: A New Wave-Based Approach to Understanding Particles delves into a groundbreaking theory that presents electrons and muons as rotating soliton waves within oscillating spacetime. Geared towards students, researchers, and science buffs, this book breaks down complex ideas into simple explanations. It covers topics such as electron waves, temporal dynamics, and the implications of this model on particle physics. With clear illustrations and easy-to-follow explanations, readers will gain a new outlook on the universe's fundamental nature.
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Odoo provides an option for creating a module by using a single line command. By using this command the user can make a whole structure of a module. It is very easy for a beginner to make a module. There is no need to make each file manually. This slide will show how to create a module using the scaffold method.
ISO/IEC 27001, ISO/IEC 42001, and GDPR: Best Practices for Implementation and...PECB
Denis is a dynamic and results-driven Chief Information Officer (CIO) with a distinguished career spanning information systems analysis and technical project management. With a proven track record of spearheading the design and delivery of cutting-edge Information Management solutions, he has consistently elevated business operations, streamlined reporting functions, and maximized process efficiency.
Certified as an ISO/IEC 27001: Information Security Management Systems (ISMS) Lead Implementer, Data Protection Officer, and Cyber Risks Analyst, Denis brings a heightened focus on data security, privacy, and cyber resilience to every endeavor.
His expertise extends across a diverse spectrum of reporting, database, and web development applications, underpinned by an exceptional grasp of data storage and virtualization technologies. His proficiency in application testing, database administration, and data cleansing ensures seamless execution of complex projects.
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Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
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A workshop hosted by the South African Journal of Science aimed at postgraduate students and early career researchers with little or no experience in writing and publishing journal articles.
Exploiting Artificial Intelligence for Empowering Researchers and Faculty, In...Dr. Vinod Kumar Kanvaria
Exploiting Artificial Intelligence for Empowering Researchers and Faculty,
International FDP on Fundamentals of Research in Social Sciences
at Integral University, Lucknow, 06.06.2024
By Dr. Vinod Kumar Kanvaria
2. October 2012 2
Background
The portable grinder is used in the field or
maintenance shop to grind excess metal
from welds, remove rust, and for special
finishing operations.
Since this tool is hand operated, the quality of
the work depends upon the ability and
experience of the operator …
as does safe job completion.
3. October 2012 3
Background, continued
Since the grinder is such a
common tool
(you will find one or more on almost every
maintenance or construction job)
the risks involved with them may
tend to be taken for granted
Perceived Risk
Frequency
Low Personal Awareness !!
4. October 2012 4
What are the Common Hazards of
Portable Grinder Use?
High speed flying particles … a grinding wheel’s speed
can be greater than a mile a minute
◼ from the grinding wheel itself
◼ from the work piece being ground
Inhaling dust and fumes generated
Explosion or fire
◼ if sparks ignite flammable or combustible materials
nearby or below grinding operation
Electric shock from frayed or defective power cord
Noise
Musculoskeletal disorders (MSDs) from
◼ repetitive use
◼ awkward body positions
5. October 2012 5
Common Injuries Due to
Grinders/Grinding Activities
Cuts
Strains
Particles in the eye
Grinders have
contributed to
fatalities !!!
(flying particles cutting
major artery for example)
6. October 2012 6
Common Causes of Grinding
Incidents
Using the wrong wheel
◼ for the job or grinder
Improper mounting
◼ of wheel or guard
Careless handling
Repetitive motion
Improper PPE use
Improper use of grinder
7. October 2012 7
Critical Grinder Wheel Safety
Issues
Some Grinding wheels can be surprisingly delicate.
They can be easily damaged if handled
carelessly.
◼ Store new wheels carefully in a dry area close
to the grinding operation.
◼ When you have to carry one, do it very
carefully.
Take special care not to drop it or to bump it
against anything.
◼ Never use a wheel that has been dropped or
received a heavy blow, even if there is no
apparent damage.
◼ Replace wheels that are badly worn or
cracked.
8. October 2012 8
Using the Right Wheel
Ensure the wheel is designed for the machine’s size and
speed and the material of construction of the work piece
◼ Grinding disks are made from varying types of abrasive
materials. They are classified according to weight, size, arbor
hole size (hole in the middle) and Rotations Per Minute (RPM)
and material to be used on. This information can be found on
the disk.
Grinding blades are to be used for GRINDING only, DO NOT
use to cut material. Use only the grinding face, not the back
side of disk.
◼ Cutting blades are classified according to size, bearing arbor
hole size and thickness. This information is also found on the
blades.
Cutting blades are used for CUTTING only. DO NOT grind with
them. Use only the edge.
9. October 2012 9
Wheel Example
Max RPM
Size of Disk
Type of Material
can be used on
Cutting Blade
10. October 2012 10
Wheel Mounting Safety
Disconnect power source before adjusting, oiling or changing accessories
Use only parts supplied or approved by the grinder's manufacturer
◼ nuts, flanges, guards, blotters, etc.
Ensure wheel maximum speed is higher than grinder maximum speed
◼ the grinder motor should burn up rather than the wheel flying apart
Inspect wheel or attachment for cracks or flaws
Clean wheel and grinder
Perform a “ring test” on wheels prior to mounting (not applicable to all type wheels
or other attachments and accessories)
◼ Gently tap a dry clean wheel with a light nonmetallic tool—perhaps screwdriver
handle for light wheels or wooden mallet for heavier ones
◼ The tap should produce a clear metallic “ping.” If the sound is more like a dull thud,
the wheel is probably cracked and shouldn’t be used.
Be sure the wheel fits freely on the spindle.
◼ Check that the arbor hole is the proper size for the grinder to be used
The spindle nut must be tightened enough to hold the wheel in place, without
distorting the flange
◼ some manufactures require wrenches for tightening the wheel
Ensure guard is replaced in the appropriate position
After mounting wheel or brush and replacing the guard, stand to the side and allow
a one minute run-up at no load to test integrity and balance of the wheel
11. October 2012 11
Other Accessories or
Attachments
Do not use unless:
◼ The manufacturer recommends or approves
its use on the product
◼ The accessory limitations and specifications
match those of the grinder
speed, size, mounting and guarding
requirements, etc.
◼ The use of the accessory does not require the
removal of or defeating of any guards,
barriers or other safety-related devices
unless they are replaced by other appropriate
guards or protective devices.
Follow manufacturer’s instructions for
mounting approved accessories or attachments.
12. October 2012 12
Guard Mounting Safety
Grinders come equipped with
a wheel guard that must
remain in place at all times
to protect the operator from
flying sparks and material
Never operate without its
guard in the proper place
Use a guard supplied or
approved by the tool
manufacturer
Report any missing, broken,
or disabled guards
“Proper” placement of tool
guard may vary. Handles
can be moved on some
angle grinders (to allow for
right or left handed
operation).
Unlike in the photo above,
the guard must be between
the handle and the wheel.
13. October 2012 13
Proper Handling of Grinders
Always use two hands when using a
portable grinder
◼ To maintain control
The high speeds of the wheel can cause the
grinder to fly off the metal
◼ To keep both hands away from the hazard of the
high speed rotation
if a hand or finger hits the moving wheel
surface, injuries will result
if grinding on small pieces, may need to secure
the work in a vise … DO NOT HOLD IN YOUR
HAND
14. October 2012 14
Repetitive Motion Precautions
Use firm hand grip force for control but without excessive force
Avoid anything that inhibits blood circulation.
◼ squatting for extended periods
◼ improperly fitted gloves
◼ other restrictions to comfortable body mechanics
Avoid continuous vibration exposure.
Keep wrists as straight as possible
◼ Avoid repeated bending of wrists and hands.
After each period of extended operation, exercise to increase
blood circulation
◼ flex wrists
◼ change body position
Minimize extent of reaching
◼ to maintain better control of the tool and better body position
To prevent potential repetitive motion injuries consider the need to
reposition the work piece or your body
rotate job duties
change work pace
15. Jan 2006 15
Proper Grinder PPE
Goggles AND a full face shield
◼ to prevent chips or particles from getting into your eyes
particles WILL fly in any grinding operation
take appropriate precautions on removing goggles or safety glasses to ensure
particles don’t fly into your eye even AFTER the grinding operation is done
Leather Gloves
◼ to protect your hands from flying particles and sharp edges created during the grinding
operation, as well as the edge of the wheel itself
Hearing protection
Proper attire
◼ don’t wear anything loose that could get caught in the rotation
secure scarves, ties, loose hair, and dangling jewelry
◼ if you’re wearing a long-sleeved shirt, button it at the wrist
Consider also the possible need for a dust mask
◼ may be required for some grinding operation, depending upon the material of
construction of the work piece being ground
Be sure to maintain use of PPE for as long as hazard remains !!!
16. October 2012 16
Proper Use of Grinders
Unless otherwise designed, grind on
the face of the wheel.
◼ serious injury or damage could occur if
the side of the wheel is used
use disc wheels for side-grinding
light side-grinding is permissible on cup or
saucer wheels
17. October 2012 17
Critical Safe Behaviors for all
Powered Tools
Know and Follow all Manufacturer’s Instructions
Use tool only for its intended purpose
Maintain tools in proper condition
◼ sharp & clean, lubricated
◼ all guards in place
◼ ensure any repairs performed by qualified persons
Do not alter tools
◼ to force pieces that don’t fit
◼ or otherwise use the tool for an unintended purpose
Perform a prior to use inspection of the tool
Protect against electrical shock
◼ use appropriate grounding
ground plug in place, GFCI as appropriate
◼ inspect cords & connections
don’t abuse cords, keep away from heat, oil & sharp edges,
inspect for frays, cuts, etc.
18. October 2012 18
Critical Safe Behaviors for all
Powered Tools, continued
Ensure all guards, grips, handles, etc. are in place
Prevent unintentional starting of the tool
◼ 2 motion positive on/off switch required
◼ don’t carry powered tools plugged in with finger on switch
Never carry a tool by the cord or hose.
Never yank the cord or the hose to disconnect cord
Avoid accidental starting. Do not hold a finger on the switch button
while carrying a plugged-in tool.
All portable electric tools that are damaged shall be removed from
use and tagged "Do Not Use.“
Protect others in work area
◼ don’t allow cords to become trip hazards
◼ minimize number of employees in hazard zone
ensure all in hazardous areas are using appropriate PPE
◼ consider work in adjacent or below areas
19. October 2012 19
Additional Grinder Specific
Critical Behaviors
Allow grinder to come to full speed before contacting work
surface
Remove material or debris that might be ignited by sparks
◼ Keep a properly charged fire extinguisher available
Do not grind non-ferrous materials.
Maintain steady pressure on the work piece
◼ sudden “bumping”, pounding or impact could damage the wheel
Do not apply excessive pressure to the wheel or disc so that the
motor slows noticeably of the work gets hot
◼ could stress the wheel, overheat the work piece and reduce your control
Avoid letting the wheel rest on one spot for too long.
◼ could cause the work to burn or the wheel to crack and explode.
Keep good footing and maintain good balance
Never attempt to grind in an awkward position.
◼ A portable grinder can kick and glance off the work if not properly
controlled
Allow grinder to come to complete stop before removing PPE or
setting tool down
20. October 2012 20
Summary
Don’t take grinder safety for granted
Understand and respect the hazards
Before using a grinder, learn how to eliminate, reduce and protect
against letting those hazards result in injury
If observing others using a grinder, reinforce the appropriate
behaviors and coach for improvement on those at risk
Remember the close proximity rule – If you have employees
within 10 Ft of your grinding operation they must maintain the
same level of (eye / face ) protection.
Zero is our Goal! Everyday!